Overview

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This course offers a comprehensive exploration of Mass Rapid Transit Systems (MRTS) through essential modules. Beginning with an "Introduction to MRTS," it establishes foundational principles for metro planning. The "Transit-Oriented Development (TOD)" module delves into the critical relationship between metro systems and urban development, enriched with case studies. The "Feasibility Studies" module equips participants with tools for assessing project viability. "Planning and Integration of Metro Systems" addresses challenges and strategies for coordinating various configurations. The course covers metro station planning, MEP systems imparting practical knowledge for successful metro projects and contribute to sustainable urban development and efficient public transportation. Target Learners: • Undergraduate students of Civil Engineering • Post-Graduate Students of Transportation and Geotechnical Engineering • Practicing Civil, Transportation and Geotechnical Engineers Prerequisites: • Geotechnical Engineering • Fundamentals on Structural Analysis • Basics on RCC Design

Syllabus

Introduction and Planning of Metros

The "Introduction to Planning of Metros" module offers a thorough exploration of crucial urban transportation topics, including MRTS, Transit-Oriented Development, feasibility studies, sustainable and smart technologies, and the historical evolution of metros. This comprehensive overview equips learners with a holistic understanding of modern urban transit challenges and solutions. Focusing on essential principles for interface design, the module emphasizes urban planning intricacies, constraints, and restrictions. It delves into the seamless integration of diverse metro systems, incorporating insights on Building Information Modeling (BIM) for comprehensive planning. Learners gain valuable perspectives on optimizing metro functionality amidst urban challenges and technological advancements, fostering a well-rounded comprehension of metro planning.

Overview of Elevated Metros

The "Overview of Elevated Metros" module provides a comprehensive exploration of key topics essential for understanding elevated metro systems. It covers alignment and span configuration, elucidating the principles guiding the layout of elevated metro viaducts. The module delves into the components of elevated metro viaducts, elevated stations, and crucial considerations in choosing the type of pier and bearing systems. It explores various superstructure types, emphasizing the Balanced Cantilever method. Detailed insights are provided on station overall layout and the loads impacting stations. This module equips learners with a well-rounded understanding of the intricacies involved in planning and constructing elevated metros.

Construction of Elevated Metros

The "Construction of Elevated Metros" module provides a comprehensive exploration of crucial topics essential for executing elevated metro projects. It begins by addressing soil conditions and foundation types, guiding learners in selecting appropriate substructure systems. The module then delves into precast mould development, offering insights into formwork systems overview and design. Precast erection methods and launching techniques are thoroughly examined, providing practical knowledge for constructing elevated metro viaducts. The module concludes by exploring obligatory span construction, ensuring participants gain a holistic understanding of the construction processes involved in executing elevated metro projects, from foundation considerations to advanced precast construction methods.

Construction of Underground Metro

The "Construction of Underground Metros" module provides a comprehensive exploration of critical topics essential for executing underground metro projects. It begins by examining earth retaining systems, encompassing secant pile walls, contiguous pile walls, soldier piles, and diaphragm walls, offering insights into selecting appropriate retaining methods for varied soil conditions. The module then delves into tunnel construction methods, including cut and cover, drill and blast, and bored methods like NATM (New Austrian Tunneling Method) and NMT (Non-Traditional Tunneling). Learners gain practical knowledge in constructing underground metros, covering a spectrum from earth retaining structures to diverse tunneling techniques, ensuring a well-rounded understanding of underground metro construction complexities.

MEP Systems in Metros

This module offers a comprehensive overview of critical components in metro systems. It covers HVAC systems, Tunnel ventilation systems, Public health engineering aspects, electric systems, Fire safety, alarms, prevention, and emergency response. Overall, the module provides a thorough understanding of the intricate systems and safety measures integral to the efficient functioning and well-being of metro systems.

Future Trends in Transportation

This module, addressing the Emerging Trends in Metro Systems, it explores futuristic technologies in transportation infrastructure, including Maglevs, Vactarian trains, Hyperloop, and the advent of flying taxis.